JP5651886B2 - Fishhook removal tool - Google Patents

Description

Detailed Description of the Invention

Involves fishing hook removal tools for fishing and medical use.

  Conventional methods for removing fish hooks include a simple structure in which a C-shaped opening is provided at the tip for removing the needle, and a structure in which the removed fish hook is covered with a cover and taken out. -000239, Japanese Patent Application No. 11-149975, Japanese Patent Application Laid-Open No. 2006-280352, and the like.

Problems to be solved by the invention

However, all of the conventional methods are in a situation where it is difficult to easily, quickly, and reliably remove the fishhook as a result due to the lack of countermeasures for any of the following problems.
(1) A fishing line (hereinafter referred to as “Tegs”) or a fishing hook is easily detached from a hook hole of a “needle removal tool”.
(2) The hook hole is likely to get caught at the joint between the teg and the needle and often cuts the thread.
(3) Even if it becomes possible to remove the needle that has finally been stabbed, when it is pulled out, it will stab in another position in the mouth and cut the thread without detaching it, or it will be unpleasant for the fish.
(4) It is necessary to perform the above operation while visually checking the state of the needle in the mouth, etc. It requires experience and a can to operate, wastes time, is inefficient, requires a lot of fish hooks and a lot of trouble. It is uneconomical, and there are great difficulties for beginners and children, and there are some people who can't raise serious fishing results, halve the fun of fishing, and in some cases become saddled and become trapped.

  Ideally, even beginners and children can pull out the needle without pulling out the above-mentioned problem, that is, the fishing line does not come off the tip hole and does not get caught at the joint between the teg and the needle. It is desirable that the removed needle can be easily removed without any special technique or knack so that it can be removed without piercing the same position or another position again.

Means to solve the problem

Therefore, in the present invention, in the fishhook removal method in fishing,
1) Play the small hook (鉤) parts such as crab, nascar, pull ring, etc. that can open and close the hole opening for holding and passing the tegs at the end of the main shaft so as to provide an appropriate fine movement (swing) function. 2) By providing a rubber tube-shaped re-stab prevention pad with a thickness corresponding to the size of the fishhook at the hook lower position, even if the crab hole reaches the tegs connection part of the fishhook, The hook can easily reach the bottom part (curved part) of the needle without being stopped by the function, and the hook can be removed, and the tip of the needle removed by the pad is not stuck again when it is pulled out. It is possible to remove the fishhook easily, quickly and reliably, and further eliminates the level difference between the connection between the tegus and the fishhook and provides a reinforced fishing line. And it is configured Motaraseru so remarkable Naru hook off effect in conventional by providing a "re-stab prevention Pad" on teeth.

  FIG. 1 is a front view of an embodiment of a fishing hook remover according to the present invention, B is an explanatory side view, and can be opened and closed by a lever 4 at the tip of an aluminum cylindrical shaft body 1 having a grip portion 2, for example. The hook connecting portion of the hook 3 is connected to the hook connecting pin 7 as a support shaft with a slight swing function as shown by an arrow in the upper part of FIG. B. The removed needle is inserted into the mouth again at the lower portion of the hook connecting portion. The rubber tube-like re-stab prevention pad 10 having an appropriate thickness according to the needle size is installed so as not to stab the needle, and the above-described object is achieved.

  Fig. 2 is an explanatory side view when the main body is inserted. When the main body is pushed in while pulling the fish-hooked tegus, the needle tip is smoothly caught without catching at the fish hook connecting part normally generated by the swinging function of the hook. It is shown that the hook hole can be guided to the curved portion of the lens, and the needle can be removed without failure much more easily than a normal fishing hook remover.

  FIG. 3 is an explanatory side view when the main body escapes. If the main body is pushed in when the hook hole reaches the curved portion of the needle, the stuck needle can be pulled out. However, if you pull it out as it is with a normal fishing hook remover with the tip of the needle protruding, you will not be able to stab it in the mouth again at the same place or another position. It is shown that the rubber tube-shaped re-stab prevention pad 10 having a thickness corresponding to the thickness prevents re-stab, so that the needle can be easily pulled out together with the main body without the need to touch again, Here too, the major trouble of “re-stab” that normally occurs is prevented.

FIG. 4 is an explanatory view of one embodiment of the fishing hook and the teg connecting part when the teg connecting part (needle head) of the fish hook is normally caught in the hole 13 of the C-shaped hook. This is often the case with normal fishing hook removers, and when pulling the guts in this state, the thread often breaks easily at the tegs connection part 12 position. Yes, Harris doesn't last long.
However, the hooks of crab etc. used in the present invention have the effect of swinging the needle head 12 naturally and sliding into the hook holes by having the hook swing function in addition to the round and smooth parts. Since it occurs, its harmful effect is very small. However, it is needless to say that it is desirable in all cases that the step difference between the teg and the needle be as small as possible.

Therefore, in the present invention, a method for solving the above problem is added.
FIG. 5 is an explanatory side view in the case where the fishhook and the teg are vertically held and processed so as to eliminate a step by applying a resin to the connecting portion 14. Ordinary Harris presses and crushes the side opposite to the tip of the needle and uses this as a stopper to apply a resin liquid to the head 12 to which the tegus is connected, so that the resin hangs down and fills the step. Therefore, slipping into the hook hole is greatly improved, and it becomes difficult to cut off Harris, so that it is possible to make more fishing results with a single Harris.

Effect of the invention

The present invention is not an object of comparison when compared to one having a C-shaped opening at the tip which does not have the function of the present invention. The conventional ones are so unsuccessful that the thread comes off or cuts the thread, and its use requires a lot of experience and cans, and it can be said that it is a bad tool that beginners and children can hardly use.
And although the thread only needs to be replaced, the effort and time and labor for removing the broken thread and preparing and connecting a new Harris are almost wasted energy and exhausted. Needless to say, if you can quickly remove the needle in seconds instead of minutes, the fishing results will be many times larger. In particular, when the release time is the game when the release is a game, or when the time of fishing is limited, the decisive factor in fishing results is how well and quickly the hook can be removed.

  Conventionally, even when the mouth is opened and the state of the needle is visually confirmed, the tegs or fishing hook is detached from the hook hole, or the hook hole is replaced by the connection part of the needle. The result is that the needle sticks in the position and the needle does not come off, and the thread is cut, or the built-in is evaded.

  However, in the present invention, it is not always necessary to visually check the mouth, and after passing Harris through the hook hole, when the main body is pushed while pulling the thread, the hook reaches the curved portion of the needle without swinging and moving. After pulling out the needle by pushing, pulling the main body together with Tegs makes it possible to remove the needle again without being stuck. The hook sliding and pulling operations during operation have been improved reasonably greatly, so that even beginners and children can easily and quickly remove the fishhook without trouble.

  In the present invention, in order to improve the conventional product, a re-stab prevention pad similar to that shown in FIG. 1-10 is attached to a conventional fishing hook remover such as a C-shaped punched hole or a wire at the tip. As shown in FIG. 6, instead of the pad, a cylindrical rubber tube 16 whose tip covers the needle tip is brought to the main body shaft 15, and this is pushed into a hook portion that catches the needle to cover the needle tip. By doing so, it is possible to greatly reduce failures in the conventional product and bring about an added value effect that enables efficiency improvement. In the case of FIG. 6, it is possible to bring about a very remarkable fishing hook removal effect by “pre-stab prevention” only by adding the cylindrical rubber tube 16 to the conventional product.

FIG. 7 shows another embodiment in which the hook portion has a swing function and a rubber tube is not used to provide a stab-proofing effect.
In this embodiment, a small hook (鉤) such as crab, nascar, pulling ring or the like is provided at the tip of the cylindrical body which has a V-shaped crack (cutting groove) 19 so that the O-ring 17 can be inserted into the tip of the cylinder. ) Is fixed by the ring fixing pin 18 so that the hook has a swing function and the needle tip 20 after being pulled out enters the V-shaped crack (cutting groove) 19 and protrudes outside the cylinder. By preventing the fishhook 20 from being pierced again by the O-ring, the fishhook in the mouth can be removed more easily, quickly and surely.
In the case of the above-described embodiment, since the small hole for connecting the hook itself is small, it is difficult to fix it to the cylinder. However, in this embodiment, a thick pin can be passed through the O-ring, so the pin 18 as a stopper is also made large. Can be made much easier, the needle tip is guided to the V-shaped crack, and the protruding portion from the cylinder of the O-ring eliminates the need for a rubber pad, so that the tip can be made thinner. It will be easier to insert and escape from the mouth, and will not damage the fish.

Fig. 8 shows a small hook (鉤) such as crab, nascar, pull ring, etc., with a thin wire passed through it, pulling both ends from the rear of the cylindrical body shaft and turning it back to the outside. This is another embodiment in which the hook swing function and the hook attachment / detachment can be easily performed by inserting and fixing between the rubber cap and the shaft.
That is, in this embodiment, in order to easily enable the hook swing function and the hook attachment / detachment exchange, the end of the thin wire 22 and the other end 23 of the hook connecting portion 6 are provided. Is pulled from the cylindrical body shaft rear part 24 to fix the hook at the tip position, and the wire folded back is fixed with a rubber cap 26 that also serves as a grip 2 so that the hook swing function and the hook attachment / detachment can be replaced. In addition, the upper and lower needle tip securing positions can be finely adjusted according to the needle size by the re-stick prevention rubber pad 25 similar to 10 or 16.

In this case, the rubber cap shown in FIG. 9 is basically formed by pulling the wires 22 and 23 through the connecting small hole of the hook and the cylindrical shaft without pulling the hole in the cylindrical main body shaft and pulling the hook back. The purpose can be achieved by simply fitting the (grip) 26, and there are few parts, making it easy to manufacture and supplying at low cost, and adjusting the hook swing function and adjusting the hook position by adjusting the wire pulling and pad position. Replacement is easily possible.
In the case of the embodiment of FIG. 7, instead of the ring fixing pin 18 for fixing the O-shaped ring 17, a thin wire is formed in the small hole of the hook connecting portion 6 in the same manner as shown in FIGS. The both ends 23 passing through 22 are attracted and folded from the rear portion 24 of the cylindrical main body shaft, and the folded wire is fixed by the rubber cap 26 to achieve the object.

  Until now, many fishing enthusiasts, as well as special fishing masters, have been able to revolutionize the current situation where they have not been able to achieve the desired results because it has been difficult to remove the fishhook even if they are fishing at a corner. The effort and trouble related to removal, and the valuable time and effort competing with Harris related to it for one minute are greatly reduced, so the pleasure of fishing that is comfortable for everyone by freeing from the stress and waste that could not be avoided until now Can contribute to the development and improvement of fishing culture.

  In particular, in the present invention, hook the Tegus and push the tip of the cylinder to the tip of the needle and pull the Tegs downwards, and if you slam into the bottom, the tip of the needle will come off and the fish will fall, and the fish will not be grasped by hand and will be missed and removed. It can be stored in buckets and nets without saying that. Safe, reliable, and quick removal of fish hooks can be done without touching your hands, even if you close your eyes. This means that toddlers, visually impaired people, and people in wheelchairs who could not have been able to do without an assistant until now can also enjoy the joy of fishing and fishing competition by themselves without help. It will be possible to bring about an innovative dream effect that can enrich life.

  In one embodiment, A is a front view, and B is a side view.   Side view when inserting the body   Side view when the main unit escapes   Side view of Tegs connection   Side view of resin processing part of fishhook   Front view of another embodiment in which the tip of the rubber tube covers the needle tip   In other embodiments, A is a front view, and B is a side view.   Front view of another embodiment   Side view of the same embodiment

1 Cylindrical shaft body 2 Body grip 3 Small crab, eggplant, pull hook, etc.
4 Opening / closing lever 5 Hook opening / closing part 6 Hook connection part 7 Hook connection pin 8 Fishing hook 9 Tegs 10 Re-stab prevention pad 11 Needle biting part 12 in the fish mouth thread connection part (needle head)
13 Normal C-shaped hook hole 14 Resin-processed Harris Tegs and fishhook connection 15 Body shaft 16 Cylindrical rubber tube 17 whose tip covers the needle tip 17 O-shaped ring 18 Ring fixing pin 19 V-shaped crack (cutting groove) )

Claims (2)

  A cylindrical body having a crack into which an O-ring can be inserted, and a cranican, an eggplant, a pull, which can be opened and closed by an O-ring inserted into the crack and fixed to the tip of the cylindrical body with a swing function. A fishhook removing tool stabbed in a fish mouth having a small hook such as a ring, wherein the tip of the fishhook pulled out by the small hook is configured to enter a crack in the cylindrical body, and the O-ring A fishhook removing tool stuck in the mouth of a fish, characterized in that it is provided so as to protrude outside the cylindrical body so that the removed fishhook will not be stuck again.   A small cylindrical hook such as crab, eggplant, pull ring, etc. whose opening can be opened and closed, an aluminum cylindrical shaft body in which a small hole for connection of the small hook is connected and fixed to the shaft tip with a swing function, and the small hook A fishhook removing tool inserted in the mouth of a fish having a rubber tube-shaped re-stab prevention pad with a thickness corresponding to the size of the fishhook provided at the bottom of the hook, and a wire is passed through the small hole for connection of the small hook The both ends of the aluminum cylindrical shaft main body are attracted from the rear portion of the aluminum cylindrical shaft body and folded back to the outside, and the folded wire is sandwiched between the aluminum cylindrical shaft main body and the aluminum cylindrical shaft main body to be stored and fixed. A fishhook removal tool stabbed in the mouth of the fish.

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